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LOW COST LAUNCHES FOR SMALL PAYLOADS

SUBORBITAL & ORBITAL

ARIEL

2019

ESTIMATED PRICE: US$9,000 / KG

MAX. PAYLOAD: 130 KG

ALTITUDE: UP TO 150 KM

ERIS

2021

EST. PRICE: US$25-38,000* / KG

MAX. PAYLOAD: 400 KG

ALTITUDE: LOW EARTH ORBIT 

*depending on payload mass

PAYLOAD BAY

DIAMETER: UP TO 68 CM

HEIGHT: UP TO 1.5M

Note: Our ARIEL payload bay is 50% larger than in other sounding rockets. Also supports industry standard payload modules.

MULTIPLE MOUNTING POINTS

Allows quick attachment of a variety of payloads.

PAYLOADS ARE RECOVERABLE

Optional: Parachute recovery system.

Ariel Suborbital Rocket | GSpaceTech

G-70 HYBRID ENGINE

Unlike other companies that flight-test their primary engines on an orbital test vehicle, our G-70 engine is used in both our ARIEL sounding rockets and ERIS orbital launch vehicle.

THRUST: 70 kN at sea level

Eris Orbital Rocket | GSpaceTech

PAYLOAD BAY

DIAMETER: 1.6M

HEIGHT: UP T0 2.5M

PAYLOAD FAIRING

Composite shell with embedded payload noise protection.

3-STAGE ROCKET

THIRD STAGE

Single G-70 hybrid rocket engine

Vacuum thrust 80 Kn

Proprietary high ISP fuel

Thrust vector control - fully guided, allowing for precise trajectory control 

ISP: 320 seconds

SECOND STAGE

Four G-70 hybrid rocket engines

Composite vehicle shell and tanks

Gas pressurisation system

Thrust vector control

ISP: 300 sec

FIRST STAGE

Eight G-70 Hybrid rocket engines delivering a total thrust of 560 kN at sea level.

 

Composite oxidiser tanks storing non cryogenic liquid hydrogen peroxide.

 

Composite vehicle shell with 3D printed carbon fibre reinforced attachment points.

 

Proprietary tank gas pressurisation system avoids complications and costs of turbo pumps.

 

Controlled by thrust vector control system

ISP: 235 sec

OUR TECHNOLOGY

COMMON SENSE INNOVATION

 >LOW COST LAUNCHERS

 >HYBRID ROCKETS 

 >PROPRIETARY FUEL

 >3-STAGE ROCKET 

Our design philosophy for inexpensive access to space begins with rocket designs that focus on cost rather than performance.  

It's why we chose Hybrid rockets. Plus, we've found innovative solutions to legacy problems with our proprietary fuel.

Our multi-material fuel has been demonstrated to combine with a room temperature-storable and non-toxic liquid oxidiser to produce stable, high thrust.

3-stage rockets offer larger payload capacities than 2-stage rockets, and we've simplified our design to offer more value to our clients.

Video montage

80kN thrust hybrid test fire: Aug 2018

Successful RASTA Hybrid Test Launch @ Westmar, QLD: 22 July, 2016

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